*课程简介（Description） control system for design, analysis and simulation. Moreover, the preliminary understanding
of modern theory control is required. This course is not only tracking international first-class university courses, such as Stanford, MIT, UC Berkeley, University of Toronto, but also referring to the curriculum contents in Aeronautics and Astronautics Schools of domestic university, such as NWPU, BHU, NUAA. Moreover, the contents of this course is updating with the development of research and academic field. More attention is given to broaden one's scope of knowledge and improve one’s capability on solving aerospace cases. The principle of automatic control is the preliminary course for more advanced course, such as flight control. It is also one of the examination courses for entrance to aerospace postgraduate study. Through the study of this course, students are expected to build solid foundation for further theoretical research and engineering design.
《自动控制原理》课程教学大纲
课程基本信息（Course Information） 课程代码 （Course Code） *课程名称 （Course Name） 课程性质 (Course Type) 授课对象 （Audience） 授课语言 (Language of Instruction) *开课院系 （School） 先修课程 （Prerequisite） 授课教师 （Instructor）
The Principle of Automatic Control is a fundamental and compulsory course in aerospace engineering for undergraduate program. It is a main theoretical course and closely around the automatic control system, which introduces the basic theory and application of the control system, including physical concept, analysis and design method. It is a course with strong theoretical and practical background. In this course, through lectures, assignments, project and presentations, the students will understand and master the basic concepts of automatic control， comprehend the working principle and mathematical models of automatic control system clearly, master the analysis methods of automatic control system, including the methodology in time-domain, frequency-domain and root-locus, be able to synthesize and correct the system with given requirements on performance indexes, have the capability to use MATLAB and Simulink with
AV308
*学时 （Credit Hours）
Hale Waihona Puke 64*学分 （Credits）
4
（中文）自动控制原理 （英文）Principles of Automatic Control 此课程是航空航天专业的本科专业必修课程 航空航天专业本科学生 英语 航空航天学院
高等数学、大学物理、线性代数、数学方法 敬忠良、杨永胜、李启夫 课程网址 (Course Webpage) 无
自动控制原理是航空航天专业的专业基础课，也是必修课，是以 原理为主的理论性课程；它紧密围绕自动控制系统的基本理论与应用， 介绍控制系统的物理概念和分析设计方法，是一门理论性和实用性较 强的课程。 通过本课程的课堂讲授、作业、项目和讲演等环节，学生会理解 并掌握自动控制的基本概念；明确了解自动控制系统的基本工作原理、 数学模型方法；熟练掌握自动控制系统的分析方法，包括时域法、频 域法、和根轨迹法；能够根据对系统提出的性能指标要求进行系统综 *课程简介（Description） 合与校正；能够应用 MATLAB 和 Simulink 进行控制系统设计、分析及 仿真，初步学习现代控制理论。 本课程不仅跟踪 Stanford、MIT、UC Berkeley、University of Toronto 等国际一流大学， 也参考国内航空航天院校诸如西工大、 北航、 南航等有关课程内容与体系，而且根据科研与学术的发展不断更新课 程内容，更加注重知识面拓展和航空航天控制案例解算能力的提高。 本课程是学习后续飞行控制等专业课的重要基础，同时也是相关专业 硕士研究生入学必考的专业课。通过该课程的学习，使学生今后的理 论研究和工程设计打下坚实的基础。